CN209655509U - A kind of multifunctional novel blower - Google Patents
A kind of multifunctional novel blower Download PDFInfo
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- CN209655509U CN209655509U CN201920466825.0U CN201920466825U CN209655509U CN 209655509 U CN209655509 U CN 209655509U CN 201920466825 U CN201920466825 U CN 201920466825U CN 209655509 U CN209655509 U CN 209655509U
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Abstract
The utility model discloses a kind of multifunctional novel blowers, including for being mounted on indoor indoor box body and for being mounted on outdoor outdoor cabinet, the inner cavity of indoor box body is provided with filter structure close to air inlet interface position, is equipped with indoor heat exchanger between filter structure and air-supply interface；Outdoor heat exchanger is installed in the inner cavity of outdoor cabinet, the first heat transferring medium pipeline and the second heat transferring medium pipeline are connected on the heat transferring medium interface between outdoor heat exchanger and indoor heat exchanger and constitutes circulating heat exchange system；It is characterized in that, the indoor heat exchanger includes spaced first indoor heat exchanger and the second indoor heat exchanger.The utility model has used the flexible combination of three heat exchangers, changes refrigerant circulation style, under the premise of not increasing fresh air circulation path, realizes fresh air dehumidification cooling, and fresh air dehumidification does not cool down, fresh air heating, the functions such as fresh air filtering.
Description
Technical field
The utility model relates to build ventilation of room technical field, and in particular to a kind of multifunctional novel blower.
Background technique
New blower is a kind of effective air cleaning facility, and room air can be made to generate circulation, on the one hand indoor dirty
Outdoor is discharged in turbid air, on the other hand outdoor ozone by sterilizing, after the measures such as disinfection, filtering, then is input to
Interior, allow all be all the time in room fresh clean air.In recent years, single building is unprecedentedly inflated, and building airtightness is not
Disconnected enhancing, environmental pollution is increasingly serious in addition, traditional natural ventilation system be no longer able to meet human body to the health of fresh air and
Comfort demand, if in addition living environment's humidity is excessive, meeting cause insomnia dreaminess, while easily being bred under wet environment a large amount of thin
Bacterium, furniture, clothing etc. will be easy mouldy and have peculiar smell in addition, some fungies are liable to stick on dust, so as to cause illness
Possibility.
But airhandling equipment function at present on the market is more single, and few equipment have both fresh air dehumidification and adjust temperature
The function of air is purified, purchase plurality of devices can make troubles to consumer, waste the interior space.Or the scale of construction is larger, includes pressure
Contracting machine is incorporated into a cabinet, and noise is larger, complex disposal process, is not easy to resident and is voluntarily selected.Therefore function is richer
More flexible convenient new blower, dehumidifier and other airhandling equipments are increasingly by the concern of consumer.
Application number CN201410058724.1, it is open in the patent document of entitled " multifunctional novel blower and its application "
A kind of multifunctional novel blower realizes the functions such as linkage air conditioner energy saving cooling ventilation, air cleaning, but the equipment cannot achieve and remove
Wet function.For another example application number CN201611172058.X in the patent document of entitled " a kind of multifunctional novel blower ", is disclosed
A kind of multifunctional novel blower incorporates the functions such as new air heat-exchange, the dehumidifying of interior circulation constant temperature, desiccant cooling, heating and air filtration,
But include all rotating machinerys such as compressor be both placed in a cabinet, air duct it is more tortuous, processing unit is more in equipment,
Equipment volume is big, vibrate and noise is big.
Therefore, it develops one kind and has both fresh air cooling dehumidifying, constant temperature dehumidification, heating, air filtration optimization except more function such as hazes
Small in size, the light weight, the new blower of separate type small-size multifunction that with small vibration, noise is low of energy, not only in the conventional system can spirit
It is living to use, it had both been applicable to small-sized household formula house, also can be suitably used for large and medium-sized construction area, use scope is wide, arrangement is cleverer
It is living.Due to its dehumidifying and cooling advantage, conventional hot hygroscopic water control air-conditioning system can be widely applied to, can also cooperate with radiation tail end makes
With with significant market value.
Utility model content
In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide a kind of energy
Fresh air cooling dehumidifying, constant temperature dehumidification, heating, air filtration optimization are enough had both except multi-functional small in size, light weights, vibration such as hazes
The small-sized multifunctional novel blower of separate type small, that noise is low.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:
A kind of multifunctional novel blower, including for being mounted on indoor indoor box body and for being mounted on outdoor outdoor box
Body, inner cavity one end of indoor box body are provided with the air inlet interface for air inlet, and the other end is provided with the air-supply interface for air-supply,
The inner cavity of indoor box body is provided with filter structure close to air inlet interface position, is equipped with interior between filter structure and air-supply interface
Heat exchanger；Outdoor heat exchanger, the heat transferring medium between outdoor heat exchanger and indoor heat exchanger are installed in the inner cavity of outdoor cabinet
It is connected with the first heat transferring medium pipeline and the second heat transferring medium pipeline on interface, pressure is installed on the first heat transferring medium pipeline
Contracting machine and heat transferring medium flow to switching device, and expansion valve and and the first heat transferring medium pipeline are equipped on the second heat transferring medium pipeline
Constitute circulating heat exchange system；It is characterized in that, being located between filter structure and air-supply interface in the interior cavity inner cavity along logical
Wind direction is also arranged at intervals with the first partition and the second partition, and the first air-supply cell is formed between the first partition and filter structure,
The second air-supply cell is formed between second partition and the first partition, and it is small that third air-supply is formed between the second partition and air-supply interface
Room, the indoor heat exchanger include being located at small indoor first indoor heat exchanger of the second air-supply and blowing positioned at third small indoor
Second indoor heat exchanger, the first indoor heat exchanger have the air inlet being located in the first partition and blow positioned at second small indoor
Air outlet, the second indoor heat exchanger have the air inlet being located in the second partition and are located at the small indoor air outlet of third air-supply,
It is additionally provided with the first air-valve that can be connected to the first air-supply cell and the second air-supply cell in first partition, is also set in the second partition
It is equipped with the second air-valve that can be connected to the second air-supply cell and third air-supply cell；The first heat transferring medium pipeline and second changes
Heat medium pipeline is connected on the heat transferring medium interface of the second indoor heat exchanger, and the heat transferring medium of first indoor heat exchanger connects
It mouthful is connected on the second heat transferring medium pipeline by the first bypass line and the second bypass line respectively, the first bypass line and the
The first valve is installed on the second heat transferring medium pipeline between two bypass lines, the second valve is installed on the first bypass line
Door, the expansion valve is on the second heat transferring medium pipeline between the second bypass line and the second indoor heat exchanger；Described
It is also connected with and is provided with and outdoor heat exchange close to outdoor heat exchanger position between one heat transferring medium pipeline and the second heat transferring medium pipeline
The third bypass line of device parallel connection is equipped with third valve on third bypass line.
In this way, this multifunctional new wind machine can realize fresh air dehumidification cooling mode, new by the control of each air-valve and valve
Wind heating mode, transition season and summer energy-saving cooling mode and fresh air dehumidification do not cool down four kinds of operational modes.Specifically
It says, closes the second valve and disconnect the first indoor heat exchanger, close third valve and the second indoor heat exchanger of independent operating and outdoor
Heat exchanger, then switching device control heat transferring medium flow direction switching is flowed to using heat transferring medium and cooperates two air-valves one to open one again to close,
Two kinds of methods of operation of fresh air dehumidification cooling mode and fresh air heating mode can be realized.All three heat exchangers are closed, open two
Direct ventilation, i.e. transition season and summer energy-saving cooling mode can be realized in a air-valve.Two air-valves are closed, third valve is opened
So that outdoor heat exchanger short circuit is cut off, the cooling of indoor heat exchanger one of independent operating two condenses a heating and adjusts, Ji Keshi
Show fresh air dehumidification not cooling mode.
Further, air-supply interface position is located in the inner cavity of indoor box body and is provided with pressure fan.
It is compared in this way, pressure fan is mounted on air-supply interface position with other positions, indoor box body outlet air wind can be improved
Power, while pressure fan being avoided to pollute by unfiltered air inlet.
Further, the air port that the both ends of outdoor cabinet are provided with and outdoor cabinets cavity penetrates through, outer side air port position
It sets and is additionally provided with exhaust blower.
In this way, can radiate by exhaust blower to the heat exchanger and other component of outdoor box house.
Further, third bypass line is mounted on outdoor box house.Can play a good protective effect effect.
Further, the heat transferring medium flow to switching device include a four-way control valve, two of four-way control valve
Interface is connected in the first heat transferring medium pipeline, other two interface of four-way control valve passes through pipeline and suction port of compressor respectively
Connect with outlet.
Switching is realized in this way, can be convenient and control compressor power direction by four-way control valve, has structure simple, control
The advantages that system is convenient, reliable and stable.
Further, the four-way control valve and compressor are mounted in outdoor box body.
In this way, can play a good protective effect to four-way control valve and compressor.
Further, the filter structure includes the initial effect filtering section and medium efficiency filtration section along wind direction setting, is just imitated
Primarily efficient filter module is installed in fillter section, medium air filtration module, medium air filtration modular filtration effect are installed in medium efficiency filtration section
Fruit is better than primarily efficient filter module.
In this way, air inlet passes through secondary filtration, filter effect is improved.
Further, filter structure further includes the free purification positioned at medium air filtration module along the front position of wind direction
Module construction section, free cleaning module construction section is interior to have the free cleaning module installation that free cleaning module is installed for grafting
Structure, the free cleaning module include but is not limited to electrostatic precipitation module, Ozone generator module, colleges and universities' filtering module, light
Catalyst module, ultraviolet sterilization module and PM2.5 and VOC concentration incude judgment module.
In this way, user can install free cleaning module according to the actual situation, enhance blower function.
Further, indoor box body inner cavity is cuboid structure.It can be convenient each component and filter structure in it in this way
Installation settings.
Further, the compressor is inverter compressor.
It is suitable for the biggish area of humidity in this way, it can be achieved that the multistage of dehumidifying effect is adjusted.When implementation, inverter compressor
Operation can be controlled according to air supply parameter realize adjusting.
Therefore this new blower, air-valve and pipeline switching control can be relied on, so that switch operating between three heat exchangers, in turn
Realize the control of a variety of draft types.Improve ventilation function and user experience.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the new blower embodiment of the utility model, and arrow is illustrated as fresh air dehumidification and does not drop in figure
Warm mode operation conditions.
Fig. 2 is in Fig. 1 attached drawing, and arrow is illustrated as the schematic diagram of fresh air dehumidification cooling mode operating status.
Fig. 3 is in Fig. 1 attached drawing, and arrow is illustrated as the schematic diagram of fresh air heating mode operating status.
Arrow indicates flow direction of medium in attached drawing, for illustrating different operating statuses.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Specific embodiment: referring to Fig. 1.A kind of multifunctional novel blower, including for being mounted on indoor 1 He of indoor box body
For being mounted on outdoor outdoor cabinet 2, inner cavity one end of indoor box body 1 is provided with the air inlet interface 4 for air inlet, the other end
It is provided with the air-supply interface 3 for air-supply, the inner cavity of indoor box body is provided with filter structure, filtering knot close to air inlet interface position
Indoor heat exchanger is installed between structure and air-supply interface；Outdoor heat exchanger 8, outdoor heat exchanger are installed in the inner cavity of outdoor cabinet
The first heat transferring medium pipeline and the second heat transferring medium pipe are connected on heat transferring medium interface between 8 and indoor heat exchanger
Road is equipped with compressor 5 on the first heat transferring medium pipeline and heat transferring medium flows to switching device, pacifies on the second heat transferring medium pipeline
Equipped with expansion valve 20 and and the first heat transferring medium pipeline composition circulating heat exchange system；Wherein, it is located in the indoor cavity inner cavity
The first partition and the second partition, the first partition and filtering are also arranged at intervals with along direction of ventilation between filter structure and air-supply interface
Between structure formed first air-supply cell 9, second partition first partition between formed second air-supply cell 10, second partition and
It blows and forms third between interface and blow cell 11, the indoor heat exchanger includes that be located at the second air-supply small indoor first indoor
Heat exchanger 7 and it is located at third and blows small indoor second indoor heat exchanger 6, the first indoor heat exchanger, which has, is located in the first partition
Air inlet and be located at the second small indoor air outlet of air-supply, the second indoor heat exchanger has the air inlet being located in the second partition
The first air-supply cell and the second air-supply can be connected to being additionally provided on the small indoor air outlet of third air-supply, the first partition
First air-valve 12 of cell, second separates the second wind for being additionally provided with and capable of being connected to the second air-supply cell and third air-supply cell
Valve 13；The heat transferring medium interface of the first heat transferring medium pipeline and the second heat transferring medium piping connection in the second indoor heat exchanger
On, the heat transferring medium interface of first indoor heat exchanger passes through the first bypass line respectively and the second bypass line is connected to
On two heat transferring medium pipelines, first is equipped on the second heat transferring medium pipeline between the first bypass line and the second bypass line
Valve 14 is equipped with the second valve 15 on first bypass line, and the expansion valve, which is located in the second bypass line and second Room, to be changed
On the second heat transferring medium pipeline between hot device；Close to room between the first heat transferring medium pipeline and the second heat transferring medium pipeline
External heat exchanger position is also connected with the third bypass line being provided with outdoor heat exchanger parallel connection, and is equipped on third bypass line
Three valves 16.
In this way, this multifunctional new wind machine can realize fresh air dehumidification cooling mode, new by the control of each air-valve and valve
Wind heating mode, transition season and summer energy-saving cooling mode and fresh air dehumidification do not cool down four kinds of operational modes.Specifically
It says, closes the second valve and disconnect the first indoor heat exchanger, close third valve and the second indoor heat exchanger of independent operating and outdoor
Heat exchanger, then switching device control heat transferring medium flow direction switching is flowed to using heat transferring medium and cooperates two air-valves one to open one again to close,
Two kinds of methods of operation of fresh air dehumidification cooling mode and fresh air heating mode can be realized.All three heat exchangers are closed, open two
Direct ventilation, i.e. transition season and summer energy-saving cooling mode can be realized in a air-valve.Two air-valves are closed, third valve is opened
So that outdoor heat exchanger short circuit is cut off, the cooling of indoor heat exchanger one of independent operating two condenses a heating and adjusts, Ji Keshi
Show fresh air dehumidification not cooling mode.
Wherein, air-supply interface position is located in the inner cavity of indoor box body and is provided with pressure fan 21.
It is compared in this way, pressure fan is mounted on air-supply interface position with other positions, indoor box body outlet air wind can be improved
Power, while pressure fan being avoided to pollute by unfiltered air inlet.
Wherein, the air port that the both ends of outdoor cabinet are provided with and outdoor cabinets cavity penetrates through, outer side tuyere position is also
It is provided with exhaust blower 22.
In this way, can radiate by exhaust blower to the heat exchanger and other component of outdoor box house.
Wherein, third bypass line is mounted on outdoor box house.Can play a good protective effect effect.
Wherein, the heat transferring medium flow to switching device include a four-way control valve 23, two of four-way control valve 23
Interface is connected in the first heat transferring medium pipeline, other two interface of four-way control valve passes through pipeline and suction port of compressor respectively
Connect with outlet.
Switching is realized in this way, can be convenient and control compressor power direction by four-way control valve, has structure simple, control
The advantages that system is convenient, reliable and stable.
Wherein, the four-way control valve and compressor are mounted in outdoor box body.
In this way, can play a good protective effect to four-way control valve and compressor.
Wherein, the filter structure includes the initial effect filtering section 17 and medium efficiency filtration section 18 along wind direction setting, is just imitated
Primarily efficient filter module is installed in fillter section, medium air filtration module, medium air filtration modular filtration effect are installed in medium efficiency filtration section
Fruit is better than primarily efficient filter module.
In this way, air inlet passes through secondary filtration, filter effect is improved.
Wherein, filter structure further includes the free cleaning module positioned at medium air filtration module along the front position of wind direction
Construction section 19, free cleaning module construction section is interior to have the free cleaning module installation knot that free cleaning module is installed for grafting
Structure, the free cleaning module include but is not limited to electrostatic precipitation module, Ozone generator module, colleges and universities' filtering module, light touching
Matchmaker's module, ultraviolet sterilization module and PM2.5 and VOC concentration incude judgment module.
In this way, user can install free cleaning module according to the actual situation, enhance blower function.
Wherein, indoor box body inner cavity is cuboid structure.It can be convenient the installation of each component and filter structure in it in this way
Setting.
Wherein, the compressor is inverter compressor.It is suitable for the biggish area of humidity in this way, it can be achieved that dehumidifying effect
Multistage adjust.
Specifically, above-mentioned new blower, when implementation, can realize following four operational mode according to different situations.
1. fresh air dehumidification not cooling mode, referring to Fig. 1.
Under such operational mode, indoor box body 1 is set to interior, and outdoor cabinet 2 is set to outdoor, pressure fan 21 and air draft
Machine 22 is opened.First air-valve 12 and the second air-valve 13 are turned off, and the first valve 14 is closed, and the second valve 15 and third valve 16 are opened
It opens, compressor 5 is opened, and the second indoor heat exchanger 6 is evaporator at this time, and the first indoor heat exchanger 7 is condenser, outdoor heat exchanger
8 are short-circuited, and refrigerant flow direction is as illustrated by the arrows in fig. 1.Fresh air enters new blower through air inlet interface 4, successively passes through initial effect filtering section
17, medium efficiency filtration section 18, (and free cleaning module construction section 19) enters the first air-supply cell 9 afterwards, by the first indoor heat exchange
Device 7 heat up after enter second air-supply cell 10, using after 6 dehumidifying and cooling of the second indoor heat exchanger enter third blow cell
11, the fresh air not cooled down by dehumidifying finally is entered the room by air-supply interface 3.
2. fresh air dehumidification cooling mode.
As shown in Fig. 2, indoor box body 1 is set to interior, outdoor cabinet 2 is set to outdoor, pressure fan 21 and exhaust blower 22
It opens.First air-valve 12 is opened, and the second air-valve 13 is closed, and the first valve 14 is opened, and the second valve 15 and third valve 16 are closed,
Compressor 5 is opened, and the second indoor heat exchanger 6 is evaporator at this time, and outdoor heat exchanger 8 is condenser, 7 quilt of the first indoor heat exchanger
Short circuit, refrigerant flow direction is as shown by the arrows in figure 2.Fresh air enters new blower through air inlet interface 4, successively passes through initial effect filtering section 17,
Medium efficiency filtration section 18, (and free cleaning module construction section 19) enter the first air-supply cell 9, the first air-valve 12 by unlatching afterwards
It is directly entered the second air-supply cell 10, using third air-supply cell 11 is entered after 6 dehumidifying and cooling of the second indoor heat exchanger, finally
It is entered the room by the fresh air of dehumidifying and cooling by air-supply interface 3.
3. fresh air heating mode.
As shown in figure 3, indoor box body 1 is set to interior, outdoor cabinet 2 is set to outdoor, pressure fan 21 and exhaust blower 22
It opens.First air-valve 12 is opened, and the second air-valve 13 is closed, and the first valve 14 is opened, and the second valve 15 and third valve 16 are closed,
Compressor 5 is opened, and outdoor heat exchanger 8 is condenser at this time, and the second indoor heat exchanger 6 is evaporator, 7 quilt of the first indoor heat exchanger
Short circuit, refrigerant flow direction are as shown in Figure 3.Fresh air enters new blower through air inlet interface 4, successively passes through initial effect filtering section 17, middle effect
Fillter section 18, (and free cleaning module construction section 19) enter the first air-supply cell 9 afterwards, and the first air-valve 12 by unlatching is directly
Into the second air-supply cell 10, third air-supply cell 11 is entered after heating up using heat exchanger 6, finally the fresh air warp by heating
Indoor fresh air entrance 3 is crossed to enter the room.
4. conditioning in Transition Season and summer energy-saving cooling mode.
Compressor 5 and exhaust blower 22 stop working at this time, and the first air-valve 12 and the second air-valve 13 are opened, 21 high speed of pressure fan
Operating, a large amount of Cryogenic airs enter the room, and reach energy-saving cool-down effect.
5. Optimizing Mode；
This mode is the prioritization scheme realized on the basis of above-mentioned four kinds of functions, by terms of following two, user can be certainly
Row selection:
(1) compressor 5 can select inverter compressor on the basis of conventional invariable frequency compressor, and it is opposite to be suitable for such as Chongqing
The biggish area of humidity is, it can be achieved that the multistage of dehumidifying effect is adjusted；
(2) free cleaning module 19 and 20, user can be fixed with initial effect filtering section according to oneself location situation
17, electrostatic precipitation mold segment, ozone generator mold segment, high efficiency filter section mold segment, light are voluntarily selected on the basis of medium efficiency filtration section 18
Catalyst mold segment, ultraviolet sterilization mold segment etc., these are prior art, need to only be processed into fixed shape；
(3) PM2.5, VOC concentration sensor and corresponding judgment module can be matched according to the demand property in place city.
Accordingly even when having used the flexible combination of three heat exchangers, changes refrigerant circulation style, do not increasing fresh air logical circulation road
Under the premise of diameter, fresh air dehumidification cooling is realized, fresh air dehumidification does not cool down, fresh air heating, the function of fresh air filtering optimization.
Claims (10)
1. a kind of multifunctional novel blower, including for being mounted on indoor indoor box body and for being mounted on outdoor outdoor box
Body, inner cavity one end of indoor box body are provided with the air inlet interface for air inlet, and the other end is provided with the air-supply interface for air-supply,
The inner cavity of indoor box body is provided with filter structure close to air inlet interface position, is equipped with interior between filter structure and air-supply interface
Heat exchanger；Outdoor heat exchanger, the heat transferring medium between outdoor heat exchanger and indoor heat exchanger are installed in the inner cavity of outdoor cabinet
It is connected with the first heat transferring medium pipeline and the second heat transferring medium pipeline on interface, pressure is installed on the first heat transferring medium pipeline
Contracting machine and heat transferring medium flow to switching device, and expansion valve and and the first heat transferring medium pipeline are equipped on the second heat transferring medium pipeline
Constitute circulating heat exchange system；It is characterized in that, being located between filter structure and air-supply interface in the indoor box body inner cavity along logical
Wind direction is also arranged at intervals with the first partition and the second partition, and the first air-supply cell is formed between the first partition and filter structure,
The second air-supply cell is formed between second partition and the first partition, and it is small that third air-supply is formed between the second partition and air-supply interface
Room, the indoor heat exchanger include being located at small indoor first indoor heat exchanger of the second air-supply and blowing positioned at third small indoor
Second indoor heat exchanger, the first indoor heat exchanger have the air inlet being located in the first partition and blow positioned at second small indoor
Air outlet, the second indoor heat exchanger have the air inlet being located in the second partition and are located at the small indoor air outlet of third air-supply,
It is additionally provided with the first air-valve that can be connected to the first air-supply cell and the second air-supply cell in first partition, is also set in the second partition
It is equipped with the second air-valve that can be connected to the second air-supply cell and third air-supply cell；The first heat transferring medium pipeline and second changes
Heat medium pipeline is connected on the heat transferring medium interface of the second indoor heat exchanger, and the heat transferring medium of first indoor heat exchanger connects
It mouthful is connected on the second heat transferring medium pipeline by the first bypass line and the second bypass line respectively, the first bypass line and the
The first valve is installed on the second heat transferring medium pipeline between two bypass lines, the second valve is installed on the first bypass line
Door, the expansion valve is on the second heat transferring medium pipeline between the second bypass line and the second indoor heat exchanger；Described
It is also connected with and is provided with and outdoor heat exchange close to outdoor heat exchanger position between one heat transferring medium pipeline and the second heat transferring medium pipeline
The third bypass line of device parallel connection is equipped with third valve on third bypass line.
2. multifunctional novel blower according to claim 1, it is characterised in that: be located at air-supply interface in the inner cavity of indoor box body
Position is provided with pressure fan.
3. multifunctional novel blower according to claim 1, it is characterised in that: the both ends of outdoor cabinet are provided with and outdoor box
The air port of intracoelomic cavity perforation, outer side tuyere position are additionally provided with exhaust blower.
4. multifunctional novel blower according to claim 1, it is characterised in that: third bypass line is mounted in outdoor box body
Portion.
5. multifunctional novel blower according to claim 1, it is characterised in that: the heat transferring medium flows to switching device and includes
Two interfaces of one four-way control valve, four-way control valve are connected in the first heat transferring medium pipeline, and four-way control valve is in addition
Two interfaces pass through pipeline and suction port of compressor respectively and outlet connects.
6. multifunctional novel blower according to claim 5, it is characterised in that: the four-way control valve and compressor are respectively mounted
In in outdoor box body.
7. multifunctional novel blower according to claim 1, it is characterised in that: the filter structure includes setting along wind direction
The initial effect filtering section and medium efficiency filtration section set are equipped with primarily efficient filter module in initial effect filtering section, are equipped in medium efficiency filtration section
Medium air filtration module, medium air filtration modular filtration effect are better than primarily efficient filter module.
8. multifunctional novel blower according to claim 7, it is characterised in that: filter structure further includes being located at medium air filtration mould
Along the free cleaning module construction section of the front position of wind direction, free cleaning module construction section is interior to be had for grafting peace block
The free cleaning module mounting structure of free cleaning module is filled, the free cleaning module includes but is not limited to electrostatic precipitation mould
Block, Ozone generator module, colleges and universities' filtering module, optical catalyst module, ultraviolet sterilization module and the induction of PM2.5 and VOC concentration
Judgment module.
9. multifunctional novel blower according to claim 7, it is characterised in that: indoor box body inner cavity is cuboid structure.
10. multifunctional novel blower according to claim 1, it is characterised in that: the compressor is inverter compressor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201920466825.0U CN209655509U (en) | 2019-04-10 | 2019-04-10 | A kind of multifunctional novel blower |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920466825.0U CN209655509U (en) | 2019-04-10 | 2019-04-10 | A kind of multifunctional novel blower |
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| CN209655509U true CN209655509U (en) | 2019-11-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114459085A (en) * | 2020-11-10 | 2022-05-10 | 日立江森自控空调有限公司 | Air conditioner |
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- 2019-04-10 CN CN201920466825.0U patent/CN209655509U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114459085A (en) * | 2020-11-10 | 2022-05-10 | 日立江森自控空调有限公司 | Air conditioner |
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